CT has less material restrictions than other methods, making it the ideal imaging method for a great range of organic materials

Internal inspection of organic materials can prove challenging for traditional inspection methods, especially for testing of unique or fragile samples. But computed tomography (CT), a three-dimensional x-ray inspection method, reveals complex internal features in great detail without destroying or disturbing samples.

As a specialized nondestructive testing lab, Jesse Garant Metrology Center obtains precise data from a variety of organic materials for research, commercial, and industrial applications. Our customized industrial CT systems can easily handle testing of a great range of sizes, shapes, and densities. We ensure that organic materials are carefully scanned in a controlled environment, preserving their original condition for dependable results.

Our NDT lab has the greatest diversity of industrial CT systems in North America, including an exclusive high-energy computed tomography system for inspection of larger samples up to 44.5” in diameter by 63” inches in height. We also offer radiographic testing and 3D scanning services for even more imaging options. Our inspection process is repeatable, traceable, and customized to meet client needs, providing accurate and unbiased data.

Advanced Nondestructive Testing of Organics

Detailed Inspection of Multi-Material Components

We provide a number of useful analyses for testing and inspection of organic materials using computed tomography. Actual to nominal comparisons can highlight subtle structural or morphological differences between different samples. Reverse engineering with CT provides high density external and internal surface data for recreating complex structures (e.g. crystalline or lattice structures) and for digital archiving purposes. CT is also ideal for revealing material distributions and internal defects like cracks, porosities, inclusions, and contaminants.